Automatic test pattern generation

ATPG (acronym for both Automatic Test Pattern Generation and Automatic Test PatternGenerator) is an electronic design automation method/technology used to find an input (or test) sequence that, when applied to a digital circuit, enables automatic test equipment to distinguish between the correct circuit behavior and the faulty circuit behavior caused by defects. The generated patterns are used to test semiconductor devices after manufacture, and in some cases to assist with determining the cause of failure (failure analysis.) The effectiveness of ATPG is measured by the amount of modeled defects, or fault models, that are detected and the number of generated patterns. These metrics generally indicate test quality (higher with more fault detections) and test application time (higher with more patterns). ATPG efficiency is another important consideration. It is influenced by the fault model under consideration, the type of circuit under test (full scan, synchronous sequential, or asynchronous sequential), the level of abstraction used to represent the circuit under test (gate, register-transfer, switch), and the required test quality.

IITG was established in 1994 by an act of parliament and its academic programme commenced in 1995. IITG admitted its first batch of students into its Bachelor of Technology programme in 1995. The selection process was the same as that of all IITs, i.e., through the Joint Entrance Examination. In 1998, the first batch of students were accepted into the Master of Technology program through the GATE.

Computer science

Computer science is the scientific and practical approach to computation and its applications. It is the systematic study of the feasibility, structure, expression, and mechanization of the methodical procedures (or algorithms) that underlie the acquisition, representation, processing, storage, communication of, and access to information. An alternate, more succinct definition of computer science is the study of automating algorithmic processes that scale. A computer scientist specializes in the theory of computation and the design of computational systems.

Sequential Circuits

Sequential Circuits Inc. (SCI) was a California-based synthesizer company that was founded in the early 1970s by Dave Smith, and sold to Yamaha Corporation in 1987. Throughout its lifespan, Sequential pioneered technologies and design principles that have served as a foundation for the development of modern music technology. Sequential was also pivotal in the planning, design, and support of 1982's groundbreaking innovation in electronic music, MIDI.

Following the purchase of Sequential Circuits by Yamaha, Dave Smith continued to develop musical instruments through Dave Smith Instruments. In January 2015, he reacquired the rights to use the Sequential brand name from Yamaha president Takuya Nakata.

Simplify Debugging of Scan Pattern Simulation Mismatches

Cell-aware Test Introduction

Inefficient conventional fault model need to be replaced for the current technology nodes to be cost effective. A new fault model and patterns need to be developed to address the demanding test quality and yield. Silicon proven Cell-Aware test came to address these requirements by introducing physical aware fault modeling. Both pattern generation and diagnosis becomes more representative and accurate which dramatically affect test quality and diagnosis. This video is a short introduction to the technology and its flow supported by examples of the silicon results.

4:46

test coverage debug 4

test coverage debug 4

test coverage debug 4

This is the fourth in a series on how to understand and debug test coverage issues in the Tessent® ATPG tools

ATPG TITAN platform and others

Custom Spleef New Year Special by ATPG!

Lets start the year with a custom game by AcrossThePond BuildTeam!
Thanks toChristianAlienChaos for joining and the awesome ATPG build team!
Be sure to check him out!
https://www.youtube.com/user/christianalienchaos

8:10

Tessent test coverage debug 1

Tessent test coverage debug 1

Tessent test coverage debug 1

http://www.mentor.com/products/silicon-yield/
This is the first in a series of four videos on how to understand and debug test coverage issues in the Tessent® ATPG tools

0:48

ATPG titan platform

ATPG titan platform

ATPG titan platform

Garry's Mod - Prop Hunt Part 1 with ATPG & Friends

Hey guys!, today we have something different to show you. Dradon and Josef is joined by a friend dsgireland80 to play some Garry's mod, prop hunt!
---------------------------= LINKS =---------------------------------
dsgireland80 - https://www.youtube.com/user/Dsgireland80
Our Twitter - https://twitter.com/_ATPG_
-------------------------------------------------------------------------
Like and subscribe for more Garry's Mod!

Simplify Debugging of Scan Pattern Simulation Mismatches

Cell-aware Test Introduction

Inefficient conventional fault model need to be replaced for the current technology nodes to be cost effective. A new fault model and patterns need to be developed to address the demanding test quality and yield. Silicon proven Cell-Aware test came to address these requirements by introducing physical aware fault modeling. Both pattern generation and diagnosis becomes more representative and accurate which dramatically affect test quality and diagnosis. This video is a short introduction to the technology and its flow supported by examples of the silicon results.

published: 05 Dec 2016

test coverage debug 4

This is the fourth in a series on how to understand and debug test coverage issues in the Tessent® ATPG tools

published: 18 Dec 2014

Ad Tech Power Game #ATPG

ATPG TITAN platform and others

Custom Spleef New Year Special by ATPG!

Lets start the year with a custom game by AcrossThePond BuildTeam!
Thanks toChristianAlienChaos for joining and the awesome ATPG build team!
Be sure to check him out!
https://www.youtube.com/user/christianalienchaos

published: 01 Jan 2014

Tessent test coverage debug 1

http://www.mentor.com/products/silicon-yield/
This is the first in a series of four videos on how to understand and debug test coverage issues in the Tessent® ATPG tools

published: 18 Dec 2014

ATPG titan platform

Garry's Mod - Prop Hunt Part 1 with ATPG & Friends

Hey guys!, today we have something different to show you. Dradon and Josef is joined by a friend dsgireland80 to play some Garry's mod, prop hunt!
---------------------------= LINKS =---------------------------------
dsgireland80 - https://www.youtube.com/user/Dsgireland80
Our Twitter - https://twitter.com/_ATPG_
-------------------------------------------------------------------------
Like and subscribe for more Garry's Mod!

Cell-aware Test Introduction

Inefficient conventional fault model need to be replaced for the current technology nodes to be cost effective. A new fault model and patterns need to be develo...

Inefficient conventional fault model need to be replaced for the current technology nodes to be cost effective. A new fault model and patterns need to be developed to address the demanding test quality and yield. Silicon proven Cell-Aware test came to address these requirements by introducing physical aware fault modeling. Both pattern generation and diagnosis becomes more representative and accurate which dramatically affect test quality and diagnosis. This video is a short introduction to the technology and its flow supported by examples of the silicon results.

Inefficient conventional fault model need to be replaced for the current technology nodes to be cost effective. A new fault model and patterns need to be developed to address the demanding test quality and yield. Silicon proven Cell-Aware test came to address these requirements by introducing physical aware fault modeling. Both pattern generation and diagnosis becomes more representative and accurate which dramatically affect test quality and diagnosis. This video is a short introduction to the technology and its flow supported by examples of the silicon results.

Lets start the year with a custom game by AcrossThePond BuildTeam!
Thanks toChristianAlienChaos for joining and the awesome ATPG build team!
Be sure to check him out!
https://www.youtube.com/user/christianalienchaos

Lets start the year with a custom game by AcrossThePond BuildTeam!
Thanks toChristianAlienChaos for joining and the awesome ATPG build team!
Be sure to check him out!
https://www.youtube.com/user/christianalienchaos

Garry's Mod - Prop Hunt Part 1 with ATPG & Friends

Hey guys!, today we have something different to show you. Dradon and Josef is joined by a friend dsgireland80 to play some Garry's mod, prop hunt!
-------------...

Hey guys!, today we have something different to show you. Dradon and Josef is joined by a friend dsgireland80 to play some Garry's mod, prop hunt!
---------------------------= LINKS =---------------------------------
dsgireland80 - https://www.youtube.com/user/Dsgireland80
Our Twitter - https://twitter.com/_ATPG_
-------------------------------------------------------------------------
Like and subscribe for more Garry's Mod!

Hey guys!, today we have something different to show you. Dradon and Josef is joined by a friend dsgireland80 to play some Garry's mod, prop hunt!
---------------------------= LINKS =---------------------------------
dsgireland80 - https://www.youtube.com/user/Dsgireland80
Our Twitter - https://twitter.com/_ATPG_
-------------------------------------------------------------------------
Like and subscribe for more Garry's Mod!

Cell-aware Test Introduction

Inefficient conventional fault model need to be replaced for the current technology nodes to be cost effective. A new fault model and patterns need to be developed to address the demanding test quality and yield. Silicon proven Cell-Aware test came to address these requirements by introducing physical aware fault modeling. Both pattern generation and diagnosis becomes more representative and accurate which dramatically affect test quality and diagnosis. This video is a short introduction to the technology and its flow supported by examples of the silicon results.

4:46

test coverage debug 4

This is the fourth in a series on how to understand and debug test coverage issues in the...

WILSONVILLE, Ore., May 22, 2018 /PRNewswire/ -- Mentor, a Siemens business, today announced that Samsung ElectronicsCo., Ltd., has certified the Mentor Tessent® products for Samsung Foundry's 8-nanometer (nm) LPP (Low PowerPlus) process ... As a result, compute resources for automatic test pattern generation (ATPG) and ATPG run times can be improved by an order of magnitude ... For more information on Tessent solutions, visit ... Phone....

ATPG titan platform...

Garry's Mod - Prop Hunt Part 1 with ATPG & Friends...

Latest News for: atpg

WILSONVILLE, Ore., May 22, 2018 /PRNewswire/ -- Mentor, a Siemens business, today announced that Samsung ElectronicsCo., Ltd., has certified the Mentor Tessent® products for Samsung Foundry's 8-nanometer (nm) LPP (Low PowerPlus) process ... As a result, compute resources for automatic test pattern generation (ATPG) and ATPG run times can be improved by an order of magnitude ... For more information on Tessent solutions, visit ... Phone....